IOT based smart water system with mobile application

ABSTRACT: In this project, we bring about the idea of water level monitoring and controlling with IOT and Mobile applications. The vast amount of water wasted in the current scenario, mostly due to overflowing tanks is not acceptable. Existing water tanks control systems can

Project Title

IOT based smart water system with mobile application

Project Area of Specialization

Internet of Things

Project Summary

ABSTRACT:

In this project, we bring about the idea of water level monitoring and controlling with IOT and Mobile applications. The vast amount of water wasted in the current scenario, mostly due to overflowing tanks is not acceptable. Existing water tanks control systems can monitor and control the water level in tank, which leads to reduction in amount of wastage of ample water but the type of sensors which are used in such a system does not specify exact changes in water level leading to unstable control parameters. Other technologies had some drawbacks based on speed of detection and approximation of sensor data. The need of improvement of these short-comings and providing an accurate and ethnic solution has been the main aim of this project. The project has been further improvised by using electronic water level sensors which uses potentiometric techniques to measure water level in water tanks, along with ultrasonic sensors for better metrics and control.

PURPOSE:

By installing IOT based water level monitoring systems we can know the level of water in real time and they can fill the tank on time and also can understand the consumption of water in the house. Through this project we can save the water from overflowing.

SCOPE:

This project can be implemented on large scale to control water as well as liquid chemical reservoir on industrial use. And it can also be used for bigger building projects.

CONTROLLER:

The controller used in this project is Arduino UNO/ Arduino MEGA that collect all data from sensors and controlled through android mobile application. All the controlling part of the project will be manually and through android mobile application.

MONITORING:

The monitoring of the project will be through mobile application. The monitoring of the system may occurs;

• Water level percentage through mobile application
• It can sense main line water supply
• Automatic power off suction pump
• Automatic power off centrifugal water pump

Project Objectives

1. We all are to advance the following calculations and design concepts:

• Saving of overflowing of water.
• Detection of water level percentage.
• Saving of electricity bills.
• Saving of time as you can see all the water updates on mobile application.
• The controlling is performed by ARDUINO UNO which implements the function as logic, sequence, timing, counting and arithmetic to control through digital or analog input and output.

Project Implementation Method

This project will install in the motors distribution panel, where each motor wire is connected to the relay. When the sensor sense that water level meets the higher requiremennt the relay switches and motor stops. On the other hand we can normally starts and stops motor from android mobile application. In the mobile application we can see the level of the water with user friendly environment.

This project implement as a part of home automation as well as in industries where liquid chemicals stored in a large amount or in water tank in water filling companies.

Benefits of the Project

From this project we can save water from overflowing as water is the basic necessity of all human beings. And also the water reservoir in our country is less. So, the main benefit is to save water and it also saves electricity because as a person is sleeping and the water overflowing continuously, there is the vast wastage of water and also the consumption of electricity. And also it saves a lot of time. In real life ir automates both the water pumps, as if you are not at home it automatically fills both of the water tanks without any probem and we can control and monitor anything from anywhere. It is envionment friendly as it consumes less power. The project has been further improvised by using electronic water level sensors which uses potentiometric techniques to measure water level in water tanks, along with ultrasonic sensors for better metrics and control.

Technical Details of Final Deliverable

The following things we deliver at the end of project to University are as under:

• Engineering Design.
• Hardware and software units.
• Front end controlling and monitoring.
• Android mobile application

Final Deliverable of the Project

Hardware System

Core Industry

Energy

Other Industries

Core Technology

Internet of Things (IoT)

Other Technologies

Sustainable Development Goals

Clean Water and Sanitation, Industry, Innovation and Infrastructure

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com